3G Training Courses and Workshops

Schools providing training courses, certificates, diplomas or degree programs of 3G Mobile Networking




Total 20 training courses and degree programs available around the world.

United States - United Kingdom - Canada - Australia - India

Popular courses:
3G
3G Mobile Network Infrastructure
3G Mobile Radio Technologies
3G Wireless Developments and Trends
2G and 3G Evolution
2G, 3G& 4G BSS/RAN, RF Drive Test, RF Planning, RF Optimization, Microwave Tr


3G Wireless Developments and Trends

Course Format: Classroom
School/Trainer: TrainingCity USA
Training Center(s)/Venue(s): Chicago, Dallas, Denver, Houston, Los Angeles, Milwaukee, New York City, Phoenix, San Diego, Seattle, United States
  V

TIA cdma2000, ETSI/ARIB WCDMA, the UWC (Universal Wireless Consortium) 136HS and the ETSI (European Telecommunications Standards Institute) EDGE, and the new TDMA Bluetooth technology are all covered in this three-day course.

Introduction to Wireless Technology
Introduction to Wireless communications systems
History &, development of radio &, wireless communications
Basic Radio theory
Concept of Cellular Systems, &, frequency reuse
Analog vs. digital wireless communications systems
Spectrum Allocation &, Interference
Analog Frequency Division Multiple Access (FDMA)
Integration into the PSTN, SS7, call processing

Time Division Multiple Access (TDMA) Basics
TDMA standards &, services
Network architecture &, components
Universal Wireless Communications Consortium (UWCC)
Interoperability with CDMA &, GSM
Logical &, physical channels
Evolution &, TIA/EIA-136

Code Division Multiple Access (CDMA) Basics
CDMA standards &, services
Network architecture &, components
CDMA: Fundamental Principles
Spread Sp... [Read More]

3G Wireless Developments and Trends

Course Format: Classroom
School/Trainer: TrainingCity
Training Center(s)/Venue(s): Calgary, Ottawa, Toronto, Vancouver, Canada
  V

TIA cdma2000, ETSI/ARIB WCDMA, the UWC (Universal Wireless Consortium) 136HS and the ETSI (European Telecommunications Standards Institute) EDGE, and the new TDMA Bluetooth technology are all covered in this three-day course.

Introduction to Wireless Technology
Introduction to Wireless communications systems
History &, development of radio &, wireless communications
Basic Radio theory
Concept of Cellular Systems, &, frequency reuse
Analog vs. digital wireless communications systems
Spectrum Allocation &, Interference
Analog Frequency Division Multiple Access (FDMA)
Integration into the PSTN, SS7, call processing

Time Division Multiple Access (TDMA) Basics
TDMA standards &, services
Network architecture &, components
Universal Wireless Communications Consortium (UWCC)
Interoperability with CDMA &, GSM
Logical &, physical channels
Evolution &, TIA/EIA-136

Code Division Multiple Access (CDMA) Basics
CDMA standards &, services
Network architecture &, components
CDMA: Fundamental Principles
Spread Sp... [Read More]

Beyond 3G

Course Format: Online
School/Trainer: Skillsoft
Training Center(s)/Venue(s): Nashua, United States
  V

To describe B3G technologies

Target Audience
Technical professionals; IT and business managers who need to learn about emerging broadband wireless technologies; students studying or researching broadband wireless communications and technologies

Prerequisites
An understanding of the basic concepts of cellular, mobile, and fixed wireless technology and the fundamental principles underpinning their operation

Expected Duration (hours)
2.6

Lesson Objectives

Beyond 3G (B3G)
recognize the evolution of cellular systems.
recognize the technologies involved in future wireless convergence.
recognize the features of current 3G technologies.
distinguish between wireless technologies and their features.
recognize the features of the emerging technologies that will enable 3.5G.
recognize the role of HSDPA in 3G technology.
recognize the advantages of FLASH-OFDM.
recognize the features of the UMTS-TDD specification.
compare 3.5G technologies.

3G

Course Format: Classroom
School/Trainer: Centre for Development of Advanced Computing
Training Center(s)/Venue(s): Bangalore, Chennai, Delhi, Hyderabad, Kolkata, Mohali, Mumbai, Noida, Pune, Thiruvananthapuram, India

2.5G and 3G Systems: HSCSD, GPRS, W-CDMA/UMTS,3GPP and
international roaming, Multimedia services

Traffic Engineering Models for 3G Network Design Workshop (Certificate)

Course Format: On-site
School/Trainer: Eogogics Inc
Training Center(s)/Venue(s): Vienna, United States
  V

Full description at: www.eogogics.com/courses/TRAFFIC3G

Introduction
Overview of probabilistic systems
Overview of stochastic systems
Overview of Monte Carlo simulation
Arriving at a deterministic function based on probability
Impact to rate of change based on multi-variant inputs
Telecommunications Traffic
Overview of traffic simulation
Use of Monte Carlo simulation for telecommunications
Cost based routing systems
Telecommunications services types and traffic generation
Voice call profiles
Data call profiles
Composite services, combinations and permutations
Accounting for static capacity
Accounting for impact of mobility to available capacity by services type
Accounting for Capacity
Services and traffic types
Diffusion curves and variability of demand
Impact to capacity based on services type
Quality of service requirements
Class of service capabilities in 3G systems
Single variable, static dimensioning of capacity
Multivariable dimensioning of capacity
Impact to capacity driven by mobility for CDMA/WCDMA systems
Review of LTE specifications
Predictions to the impact of services based Q... [Read More]

3G Systems WCDMA UMTS and CDMA2000 Overview Workshop (Certificate)

Course Format: On-site
School/Trainer: Eogogics Inc
Training Center(s)/Venue(s): Vienna, United States
  V

Full description at: www.eogogics.com/courses/3G3D

Digital Modulation Overview

Introduction to key wireless standards
IS-95, GSM
Multiple access principles (TDMA, CDMA, FDMA, SDMA)
Complex envelope representation of signals and systems
Stochastic theory review
Digital modulation theory
BPSK, QPSK, OQPSK, MSK, GMSK, 16QAM, 64QAM, etc.,
Pulse shaping filter selection
Nonlinear amplification (spectral regrowth)
Spread spectrum : Frequency Hopping, Direct Sequence CDMA, RAKE Receiver, IS-95 CDMA uplink and downlink example, receiver block diagram

Radio Propagation Characterization

AWGN channel
Rayleigh/Rician multipath fading
Delay spread concept (flat vs. frequency selective fading)
Indoor and outdoor propagation measurements
Delay spread and coherence bandwidth (outdoor and indoor)
Log normal shadowing
Path loss models (Free Space, Hata, Walfish-Bertoni, etc.)
Micro/macro cell measurements
Comparison of worldwide measurements.
Man-made interference
Simulating multipath fading channels : Jakes, LPF-ing, etc.

Performance Improvement Techniques

Forward Error Correction (FEC):... [Read More]

3g ims and the carrier business economics Workshop (Certificate)

Course Format: on-site
School/Trainer: eogogics inc
Training Center(s)/Venue(s): vienna, united states
  V

full description at: www.eogogics.com/courses/3g-ims-strat

introduction
wireless networks: a historical perspective
advantages and disadvantages of legacy technologies
2g and 3g basics
key terminology
modulation types & schemes
evolution of standards
comparing and contrasting 3g vs. 2g
deployment costs
monetization of spectrum
ims basics
key terminology
comparing and contrasting ims with legacy, circuit switched networks
ims layers, concepts, and elements
definitions/functions per node
policy overview
ims in gsm, cdma, fixed and wimax networks
ims: key market trends
sip overview
engineering basics: traffic/call flows
mobile to land
land to mobile
2g mobile to 3g voip/ims mobile
3g voip/ims mobile to 2g mobile
call models
superposition
margin per application comparison 2g versus 3g/ims
voice versus voip
sms versus 3g/ims
e-mail versus 3g/ims
streaming video versus 3g/ims
streaming audio versus 3g/ims
diffusion curves of adoption
current standards work: challenges and impact on network economics
ipv6
legacy internetworking
ran performance requirements
se... [Read More]

3G and Beyond Advanced Wireless Technologies Workshop (Certificate)

Course Format: On-site
School/Trainer: Eogogics Inc
Training Center(s)/Venue(s): Vienna, United States
  V

Full description at: www.eogogics.com/courses/3G-BEYOND

Getting Our Bearings
2G technology landscape
Concepts of GSM important to WCDMA development
Concepts of CDMA central to all 3G/3G+ technologies
2G to 3G: Evolution of GSM to WCDMA
Paving the way for WCDMA/UMTS (2.5G): GPRS and EDGE
WCDMA: Key concepts
WCDMA physical channel structure
Transport channels and their Mapping to the physical channels
Spreading and modulation
User data channelization
Signaling channelization
Physical layer procedures
HSDPA: High Speed Down-Link Packet Access
Important features of HSDPA
Added physical channels
HSUPA: High Speed Up-Link Packet Access
Important features of HSUPA
Added physical channels
Looking beyond HSPA
3G Long Term Evolution (3G LTE)
Evolved-UTRA (E-UTRA)
2G to 3G: Evolution of cdmaOne to cdma2000
Key features of cdma2000 1xRTT
Physical layer structure
1xEVDO Rev A
1xEVDO Rev B
4G and Beyond
General
Outlook for advanced wireless technology
What is (and what is not) 4G?
Emerging broadband wireless standards
Standards based technologies
3GPP and 3GPP2: What role do they p... [Read More]

Architecture and Operation of Wireless Networks for Technical Investigators From Their Analog Origins to the Emerging 3G Technologies Workshop (Certificate)

Course Format: On-site
School/Trainer: Eogogics Inc
Training Center(s)/Venue(s): Vienna, United States
  V

Full description at: www.eogogics.com/courses/WIRELESS-TI

Part1: Radio Waves and Their Properties

Radio waves: What they are

° “RF?or “radio frequencies? What are they?

° Amplitude, frequency, and phase: Three properties that define a radio wave

° Some basic trigonometry: Sine function, the building block of all that follows

° The electromagnetic spectrum from zero to infinity

° Radio waves versus RF versus X-rays versus light: What stays the same, what changes?

Radio waves: How they propagate

° Amplitude, power, and signal strength: Why 4+4 makes 16 and 9+25 makes 64

° Transmitted power versus received power: Distance dependencies

° Free space propagation

° Plane earth model

° Propagation in urban, suburban, and rural areas, over water and mountains

° Propagation versus fading, fading models and countermeasures

Modulation techniques

° Modulation: What is it? Or: without it there is no communication!

° Analog modulation techniques and their historical usage

?Amplitude Modulation (AM)

?Frequency Modulation (FM)

° Digital modulation... [Read More]

3G & 4G Wireless Networks

Course Format: Classroom
School/Trainer: National University
Training Center(s)/Venue(s): Fresno, Redding, Bakersfield, Camarillo, Costa Mesa, Los Angeles, San Diego, Henderson, United States
  V

Evolution of Time Division Multiple Access (TDMA)-based 2G cellular systems to 3G systems. Evolution of 3G systems to all-Internet Protocol (IP) based 4G systems; Universal Mobile Telecommunications System (UMTS) architecture including W-CDMA air interface. High Speed Downlink Packet Access (HSDPA) technologies and uplink technologies including Orthogonal Frequency Division Multiplexing (OFDM) and Orthogonal Frequency and Code Division Multiplexing (OFCDM) for high-speed cellular wireless data. Wireless Local Area Network technologies, including 802.11, 802.16 (WiMax) alternative to cellular, and beyond. Bluetooth, RFID and emerging Near Field Communications (NFC) technologies
Learning Outcomes
•Explain the functions of the major components in a wireless network.
•Understand the 2G and 3G standards.
•Illustrate the TDMA, CDMA2000 system architecture.
•Contrast 3G European standards, CDMA, Wireless Local Loop, WAP, WLAN, Bluetooth technologies, etc.
•Design, build and implement WLAN based on the IEEE 802.11b standard

3G and Mobile Internet

Course Format: Online
School/Trainer: Telecommunications Research Associates
Training Center(s)/Venue(s): St. Marys, United States
  V

Third Generation (3G) cellular systems enable high bit rate access (up to 2 Mb/s or more) enabling use of Internet applications for mobile users. This course introduces the motivations for 3G, the evolutionary paths from 2G GSM and CDMA to 3G, how 3G enables mobile Internet capabilities, and highlights the two major standards for 3G- UMTS/W-CDMA and CDMA2000®. The challenges presented by IP mobility are introduced and two different solutions for handling IP mobility are described; the GPRS solution for UMTS and the Mobile IP solution for CDMA2000®. Students interested in taking Internet applications "on the road" will want to take this course.


Prerequisites
Suggested prerequisite TRA courses:

Cellular Access Technologies
Cellular Call Basics
Cellular Radio Basics
Fundamentals of Electromagnetic Energy and Radio Transmission


Course Outline
WIR111: Introduction to 3G and Mobile Internet
Packet Mode Services
Data Capabilities Before 3G
What\’s Driving the Market?
3G Evolution Scenario
Challenges for 3G Mobile

3G Mobile Network Infrastructure

Course Format: On-site
School/Trainer: Telecommunications Research Associates
Training Center(s)/Venue(s): St. Marys, United States
  V

Third Generation (3G) mobile systems provide multi-megabit-per-second wireless packet capabilities, breaking through limitations of previous technologies, and enhanced cost effectiveness for traditional and enhanced voice services. After dealing briefly with the foundational CDMA technology for 3G radio, this course focus is on the network infrastructure architecture, protocols, and operational scenarios used in CDMA2000® and UMTS.


Prerequisites
Students should understand 2G CDMA and digital cellular by taking:

Understanding Emerging Wireless Technologies? Understanding the Basics of Data Communications? Understanding the Basics of Wireless Communications? Designed for
Students who need to understand, plan, or prepare for the infrastructure needed to support 3G services or those needing to compare the UMTS and CDMA2000® network architectures and capabilities.

Expected Outcome
Upon completion of this course, students should be able to:
Grasp 3G wireless and market impact
Understand 3G standards for CDMA2000® and W-CDMA/UMTS
Describe the major 3G network architecture characteristics and supporting technologies
<... [Read More]

3G Mobile Radio Technologies

Course Format: On-site
School/Trainer: Telecommunications Research Associates
Training Center(s)/Venue(s): St. Marys, United States
  V

Third Generation (3G) mobile systems offer exciting new wireless packet capabilities, breaking through limitations of previous technologies, and enhanced cost effectiveness for traditional and enhanced voice services. Although dealing briefly with the network infrastructure and foundational technologies for 3G radio, this course focus is on the radio technologies used in CDMA2000® and UMTS.


Prerequisites
Students should understand 2G CDMA and digital cellular by taking:

Understanding CDMA? Understanding Emerging Wireless Technologies? Understanding the Basics of Data Communications? Understanding the Basics of Wireless Communications? Designed for
Students interested in understanding the radio technologies supporting the growth in high-bit-rate wireless services.

Expected Outcome
Upon completion of this course, students should be able to:
Grasp3G wireless and market impact
Understand 3G standards for CDMA2000® and UMTS
Comprehend 3G evolution

Course Outline
Introduction to Third Generation (3G)
Industry Status and Perspective
Standards Bodies and Relationships
Evolution Scenarios and Marke... [Read More]

Wireless/Mobile 2G, 3G & 4G Communications Workshop

Course Format: Classroom
School/Trainer: Nexgtech Research Labs
Training Center(s)/Venue(s): Chennai, India
  V

Career oriented 1 year program and short term programs to support competency building exercise in the areas of wireless convergence.One year full time program for Fresh B.E/B.Tech with employment support to work in our projects.First R&D lab in India to launch a Hands-on practice learning the protocol stacks and to develop skills in engineering practice.

3G

Course Format: Classroom
School/Trainer: Parity Training Ltd.
Training Center(s)/Venue(s): Edinburgh, Leeds, London, United Kingdom
  V

This course is designed to introduce delegates to the world of 3G. The course covers architecture, protocols, services, management functions and user equipment to give attendees a good grounding in all aspects of the 3G network.
Course Objectives
The objective of this instructor-led course is to present the student with a general understanding of UMTS and the impact it will have on mobile communications.
Skills Gained
Understand UMTS architecture and protocols.
Describe services, W-CDMA theory and the Air Interface.
Understand management functions and user equipment.

Exploring IP in the 3G Environment

Course Format: Classroom
School/Trainer: Parity Training Ltd.
Training Center(s)/Venue(s): Edinburgh, Leeds, London, United Kingdom
  V

This course is designed to illustrate how TCP/IP (V4 & V6) is implemented within a 3G Environment. Information within this course will be fundamental to implementing any IP service in the arena.
Course Objectives
The aim of this instructor-led course is to present a technical overview of the 3G architecture, services and the use of Internet Protocol (IP) in the 3G environment The course provides an in-depth introduction to IPv6 and includes a description of the techniques used in transmitting Voice over IP (VoIP) and how this is implemented in 3G networks. The course provides a discussion of Mobile IP and an introduction to 3G network management considerations.
Skills Gained
Describe the network architecture of a 3G network.
Define the standards and protocols used within a 3G network.
Define and describe TCP/IP v4 and v6, including differences.
Outline the principles of VoIP.
Describe the use of Mobile IP over 3G.
Define 3G network management systems.

An Appreciation of 3G

Course Format: Classroom
School/Trainer: Parity Training Ltd.
Training Center(s)/Venue(s): Edinburgh, Leeds, London, United Kingdom
  V

This course is designed to give a general overview of 3G technology to non technical professionals. Introducing the basic features of 3G Network architecture and services.
Course Objectives
The objective of this instructor-led course is to provide the delegate with a non-technical overview of the new Universal Mobile Telecommunications System (UMTS) and the impact it will have on mobile communications market. In addition to describing the key concepts, the course highlights future services and the increased functionality which 3G mobile devices will provide.
Skills Gained
Describe UMTS and its basic components.
Understand network architecture and services.
Describe user equipment.

2G and 3G Evolution

Course Format: Classroom
School/Trainer: Parity Training Ltd.
Training Center(s)/Venue(s): Edinburgh, Leeds, London, United Kingdom
  V

This course is provides and overview of current technology within the mobile network and to progression of that technology to the 3G environment. The course provides a description of the fundamental architecture and protocols of the 3G environment.
Course Objectives
The course will provide an introduction to the current technology and how it evolves into the 3G system, including the principles of 3G specifications, services and general UMTS architecture. The course will also highlight the future of the system and possible applications.
Skills Gained
Describe the architecture of 3G.
Understand the protocols that drive the 3G system.
Describe the standards that relate to 3G.
Understand Management Functions & UE.

3G Mobile Radio Technologies

Course Format: Online
School/Trainer: Element K
Training Center(s)/Venue(s): Rochester, United States
  V

Third Generation (3G) wireless systems supports service providers requirements for lowered costs, improved capacity, and fulfilling a growing demand for wireless data applications. Advances in radio access technologies, have made it possible fro 3G systems to support higher bit-rates than experienced in 2G wireless systems. This set of courses simplifies the dizzying array of 3G technology choices and the many options possible for evolving from current 2G networks to 3G. The student will learn the competing technologies, evolution paths, and the exciting capabilities that are possible. Although this collection of courses deals briefly with the network infrastructure, the focus is on the various 3G radio access concepts and technologies that distinguish 3G and 2G systems. Students desiring an understanding of the growing mobile communications market will find this set of courses valuable.

3G Mobile Network Infrastructure

Course Format: Online
School/Trainer: Element K
Training Center(s)/Venue(s): Rochester, United States
  V

Third Generation (3G) wireless systems supports service providers requirements for lowered costs, improved capacity, and fulfilling a growing demand for wireless data applications. Advances in radio access technologies, have made it possible fro 3G systems to support higher bit-rates than experienced in 2G wireless systems. This set of e-Topics® simplifies the complexity of 3G technology choices and the many options possible for evolving from current 2G networks to 3G. The student will learn the UMTS/W-CDMA and CDMA2000® competing technologies, evolution paths, and the exciting capabilities that are possible. Although this collection of courses deals briefly with the CDMA radio technology, the focus is on the UMTS network infrastructure and the CDMA2000® network infrastructure. Also included is how each of these two infrastructures supports IP mobility: using GPRS for UMTS IP mobility vs. using Mobile IP for CDMA2000® IP mobility.

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